Summary

In this post, I'll cover a demo deployment of Gloo Gateway in a Kind K8s environment.

Architecture

	echo -e "\n* Deploy Cloud Provider Kind *"
	docker run -d --rm --name cloud-provider-kind --network kind \
	-v /var/run/docker.sock:/var/run/docker.sock registry.k8s.io/cloud-provider-kind/cloud-controller-manager:v0.4.0

	echo -e "\n* Deploy Kind Cluster *"
	kind create cluster --config=$PWD/kind/config.yaml --name demo-kind-cluster

	if [ -z "$(docker image ls -q ms1:1.0)" ]
	then
	echo -e "\n* Build Microservice 1 Container *"
	docker build --no-cache --tag ms1:1.0 $PWD/ms1
	fi

	if [ -z "$(docker image ls -q ms2:1.0)" ]
	then
	echo -e "\n* Build Microservice 2 Container *"
	docker build --no-cache --tag ms2:1.0 $PWD/ms2
	fi

	echo -e "\n* Load Microservice Images *"
	kind --name demo-kind-cluster load docker-image ms1:1.0
	kind --name demo-kind-cluster load docker-image ms2:1.0

view raw kind.sh hosted with ❤ by GitHub

	echo -e "\n* Deploy Gloo Gateway *"
	./glooctl install gateway

	echo -e "\n* Create Routes to Microservices *"
	./glooctl add route --name vs1 --path-exact /ms1 --dest-name default-ms1-service-8000 --prefix-rewrite /service1
	./glooctl add route --name vs1 --path-exact /ms2 --dest-name default-ms2-service-9000 --prefix-rewrite /service2

view raw gloo.sh hosted with ❤ by GitHub

	echo -e "\n* Deploy Microservices *"
	kubectl apply -f $PWD/ms1/ms1.yaml
	kubectl apply -f $PWD/ms2/ms2.yaml
	kubectl rollout status deployment/ms1-app
	kubectl rollout status deployment/ms2-app

view raw micro.sh hosted with ❤ by GitHub